⚠️ The project is no longer being actively maintained by Janea Systems.
Forks of the repos have been created on a dedicated Github org to allow community-driven development to continue:
https://github.com/nodejs-mobile

Node.js for Mobile Apps

This is the main repository for Node.js for Mobile Apps, a toolkit for integrating Node.js into mobile applications.

Resources for Newcomers

• Website
• Gitter channel
• Frequently Asked Questions

This is the central repository for reporting all issues related to the Node.js for Mobile Apps project, including issues pertaining to the React Native and Cordova plugins.

The core library source code is in this repo. If you are looking for the source code for the plugins, you can find it at:

• React Native plugin source repo
• Cordova plugin source repo

Project Goals

1. To provide the fixes necessary to run Node.js on mobile operating systems.
2. To investigate which features need to be added to Node.js in order to make it a useful tool for mobile app development.
3. To diverge as little as possible from nodejs/node, while fulfilling goals (1) and (2).

Download

Binaries for Android and iOS are available at https://github.com/janeasystems/nodejs-mobile/releases.

Documentation

Documentation can be found on the project website. Sample code is available in the samples repo.

Disclaimer: documentation found in this repository is currently unchanged from the parent repository and may only be applicable to upstream node.

Build Instructions

Prerequisites to build the Android library on Linux Ubuntu/Debian:

Basic build tools:

sudo apt-get install -y build-essential git python

Install curl and unzip (needed to download the Android NDK):

sudo apt-get install -y curl unzip

Install Android NDK r21b for Linux:

Choose a location where you want to install the Android NDK and run:

curl https://dl.google.com/android/repository/android-ndk-r21b-linux-x86_64.zip -o ndk.zip
unzip ndk.zip

It will create a android-ndk-r21b folder. Save that path for later.

Prerequisites to build the Android library on macOS:

Git:

Run git in a terminal window, it will show a prompt to install it if not already present. As an alternative, installing one of these will install git:

• Xcode, with the Command Line Tools.
• Homebrew
• Git-SCM

Install Android NDK r21b for macOS:

Choose a location where you want to install the Android NDK and run:

curl https://dl.google.com/android/repository/android-ndk-r21b-darwin-x86_64.zip -o ndk.zip
unzip ndk.zip

It will create a android-ndk-r21b folder. Save that path for later.

Building the Android library on Linux or macOS:

1) Clone this repo and check out the mobile-master branch:

git clone https://github.com/janeasystems/nodejs-mobile
cd nodejs-mobile
git checkout mobile-master

2a) Using the Android helper script:

The tools/android_build.sh script takes as first argument the Android NDK path (in our case is ~/android-ndk-r21b). The second argument is optional and is the target architecture, which can be one of the following: arm, x86, arm64 or x86_64. If no target architecture is provided, it will build all available architectures. Run:

./tools/android_build.sh ~/android-ndk-r21b

When done, each built shared library will be placed in out_android/$(ARCHITECTURE)/libnode.so.

2b) Configure and build manually:

Run the android-configure script to configure the build with the path to the downloaded NDK and the desired target architecture.

source ./android-configure ../android-ndk-r21b arm

Start the build phase:

make

This will create the Android armeabi-v7a shared library in out/Release/lib.target/libnode.so.

Prerequisites to build the iOS .framework library on macOS:

Xcode 11 with Command Line Tools

Install Xcode 11 or higher, from the App Store, and then install the Command Line Tools by running the following command:

xcode-select --install

That installs git, as well.

CMake

To install CMake, you can use a package installer like Homebrew.

First, install HomeBrew, if you don't have it already.

/usr/bin/ruby -e "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/master/install)"

Then, use it to install CMake:

brew install cmake

Building the iOS library using CocoaPods:

Add this to your Podfile:

pod 'NodeMobile', :git => 'https://github.com/janeasystems/nodejs-mobile.git'

Building the iOS .framework library on macOS:

1) Clone this repo and check out the mobile-master branch:

git clone https://github.com/janeasystems/nodejs-mobile
cd nodejs-mobile
git checkout mobile-master

2) Run the helper script:

./tools/ios_framework_prepare.sh

That will configure gyp to build Node.js and its dependencies as static libraries for iOS on the arm64 and x64 architectures, using the v8 engine configured to start with JIT disabled. The script copies those libraries to tools/ios-framework/bin/arm64 and tools/ios-framework/bin/x64, respectively. It also merges them into static libraries that contain strips for both architectures, which will be placed in tools/ios-framework/bin and used by the tools/ios-framework/NodeMobile.xcodeproj Xcode project.

The helper script builds the tools/ios-framework/NodeMobile.xcodeproj Xcode project into three frameworks:

• The framework to run on iOS devices: out_ios/Release-iphoneos/NodeMobile.framework
• The framework to run on the iOS simulator: out_ios/Release-iphonesimulator/NodeMobile.framework
• The universal framework, that runs on iOS devices and simulators: out_ios/Release-universal/NodeMobile.framework

While the universal framework is useful for faster Application development, due to supporting both iOS devices and simulators, frameworks containing simulator strips will not be accepted on the App Store. Before trying to submit your application, it would be advisable to use the Release-iphoneos/NodeMobile.framework in your submission archive or strip the x64 slices from the universal framework's binaries before submitting.

Running tests

Please see the TESTING.md file in the doc_mobile folder in this source distribution.

Contributing

Please see the CONTRIBUTING file in the doc_mobile folder in this source distribution.